package ua.edu.nuos.tees.jdmmon.vo;

/**
 * @author Timur Yarosh
 *         Date: 16.05.13
 *         Time: 11:37
 */
public class MultimeterVo {
    private static MultimeterVo instance;
    private long phaseVoltageL1;
    private long phaseVoltageL2;
    private long phaseVoltageL3;
    private long totalActivePower;
    private long phaseVoltageHarmonics2L1;
    private long phaseVoltageHarmonics2L2;
    private long phaseVoltageHarmonics2L3;
    private long phaseVoltageHarmonics3L1;
    private long phaseVoltageHarmonics3L2;
    private long phaseVoltageHarmonics3L3;
    private long phaseVoltageHarmonics4L1;
    private long phaseVoltageHarmonics4L2;
    private long phaseVoltageHarmonics4L3;
    private long phaseVoltageHarmonics5L1;
    private long phaseVoltageHarmonics5L2;
    private long phaseVoltageHarmonics5L3;
    private long phaseVoltageHarmonics6L1;
    private long phaseVoltageHarmonics6L2;
    private long phaseVoltageHarmonics6L3;
    private long phaseVoltageHarmonics7L1;
    private long phaseVoltageHarmonics7L2;
    private long phaseVoltageHarmonics7L3;
    private long phaseVoltageHarmonics8L1;
    private long phaseVoltageHarmonics8L2;
    private long phaseVoltageHarmonics8L3;
    private long phaseVoltageHarmonics9L1;
    private long phaseVoltageHarmonics9L2;
    private long phaseVoltageHarmonics9L3;
    private long phaseVoltageHarmonics10L1;
    private long phaseVoltageHarmonics10L2;
    private long phaseVoltageHarmonics10L3;
    private long phaseVoltageHarmonics11L1;
    private long phaseVoltageHarmonics11L2;
    private long phaseVoltageHarmonics11L3;
    private long phaseVoltageHarmonics12L1;
    private long phaseVoltageHarmonics12L2;
    private long phaseVoltageHarmonics12L3;
    private long thdPhaseVoltageL1;
    private long thdPhaseVoltageL2;
    private long thdPhaseVoltageL3;
    private long phaseCurrentL1;
    private long phaseCurrentL2;
    private long phaseCurrentL3;
    private long totalReactivePower;
    private long phaseVoltageHarmonics13L1;
    private long phaseVoltageHarmonics13L2;
    private long phaseVoltageHarmonics13L3;
    private long phaseVoltageHarmonics14L1;
    private long phaseVoltageHarmonics14L2;
    private long phaseVoltageHarmonics14L3;
    private long phaseVoltageHarmonics15L1;
    private long phaseVoltageHarmonics15L2;
    private long phaseVoltageHarmonics15L3;
    private long phaseVoltageHarmonics16L1;
    private long phaseVoltageHarmonics16L2;
    private long phaseVoltageHarmonics16L3;
    private long phaseVoltageHarmonics17L1;
    private long phaseVoltageHarmonics17L2;
    private long phaseVoltageHarmonics17L3;
    private long phaseVoltageHarmonics18L1;
    private long phaseVoltageHarmonics18L2;
    private long phaseVoltageHarmonics18L3;
    private long phaseVoltageHarmonics19L1;
    private long phaseVoltageHarmonics19L2;
    private long phaseVoltageHarmonics19L3;
    private long phaseVoltageHarmonics20L1;
    private long phaseVoltageHarmonics20L2;
    private long phaseVoltageHarmonics20L3;
    private long phaseVoltageHarmonics21L1;
    private long phaseVoltageHarmonics21L2;
    private long phaseVoltageHarmonics21L3;
    private long phaseVoltageHarmonics22L1;
    private long phaseVoltageHarmonics22L2;
    private long phaseVoltageHarmonics22L3;
    private long cosPhiL1;
    private long cosPhiL2;
    private long cosPhiL3;
    private long totalApparentPower;
    private long frequency;
    private long phaseToPhaseVoltageL1L2;
    private long phaseToPhaseVoltageL2L3;
    private long phaseToPhaseVoltageL3L1;

    private MultimeterVo() {
    }

    public static MultimeterVo getInstance() {
        MultimeterVo localInstance = instance;
        if (localInstance == null) {
            synchronized (MultimeterVo.class) {
                localInstance = instance;
                if (localInstance == null) {
                    instance = localInstance = createNewInstance();
                }
            }
        }
        return localInstance;
    }

    public static MultimeterVo createNewInstance() {
        return new MultimeterVo();
    }

    public long getPhaseVoltageL1() {
        return phaseVoltageL1;
    }

    public void setPhaseVoltageL1(long phaseVoltageL1) {
        this.phaseVoltageL1 = phaseVoltageL1;
    }

    public long getPhaseVoltageL2() {
        return phaseVoltageL2;
    }

    public void setPhaseVoltageL2(long phaseVoltageL2) {
        this.phaseVoltageL2 = phaseVoltageL2;
    }

    public long getPhaseVoltageL3() {
        return phaseVoltageL3;
    }

    public void setPhaseVoltageL3(long phaseVoltageL3) {
        this.phaseVoltageL3 = phaseVoltageL3;
    }

    public long getTotalActivePower() {
        return totalActivePower;
    }

    public void setTotalActivePower(long totalActivePower) {
        this.totalActivePower = totalActivePower;
    }

    public long getPhaseVoltageHarmonics2L1() {
        return phaseVoltageHarmonics2L1;
    }

    public void setPhaseVoltageHarmonics2L1(long phaseVoltageHarmonics2L1) {
        this.phaseVoltageHarmonics2L1 = phaseVoltageHarmonics2L1;
    }

    public long getPhaseVoltageHarmonics2L2() {
        return phaseVoltageHarmonics2L2;
    }

    public void setPhaseVoltageHarmonics2L2(long phaseVoltageHarmonics2L2) {
        this.phaseVoltageHarmonics2L2 = phaseVoltageHarmonics2L2;
    }

    public long getPhaseVoltageHarmonics2L3() {
        return phaseVoltageHarmonics2L3;
    }

    public void setPhaseVoltageHarmonics2L3(long phaseVoltageHarmonics2L3) {
        this.phaseVoltageHarmonics2L3 = phaseVoltageHarmonics2L3;
    }

    public long getPhaseVoltageHarmonics3L1() {
        return phaseVoltageHarmonics3L1;
    }

    public void setPhaseVoltageHarmonics3L1(long phaseVoltageHarmonics3L1) {
        this.phaseVoltageHarmonics3L1 = phaseVoltageHarmonics3L1;
    }

    public long getPhaseVoltageHarmonics3L2() {
        return phaseVoltageHarmonics3L2;
    }

    public void setPhaseVoltageHarmonics3L2(long phaseVoltageHarmonics3L2) {
        this.phaseVoltageHarmonics3L2 = phaseVoltageHarmonics3L2;
    }

    public long getPhaseVoltageHarmonics3L3() {
        return phaseVoltageHarmonics3L3;
    }

    public void setPhaseVoltageHarmonics3L3(long phaseVoltageHarmonics3L3) {
        this.phaseVoltageHarmonics3L3 = phaseVoltageHarmonics3L3;
    }

    public long getPhaseVoltageHarmonics4L1() {
        return phaseVoltageHarmonics4L1;
    }

    public void setPhaseVoltageHarmonics4L1(long phaseVoltageHarmonics4L1) {
        this.phaseVoltageHarmonics4L1 = phaseVoltageHarmonics4L1;
    }

    public long getPhaseVoltageHarmonics4L2() {
        return phaseVoltageHarmonics4L2;
    }

    public void setPhaseVoltageHarmonics4L2(long phaseVoltageHarmonics4L2) {
        this.phaseVoltageHarmonics4L2 = phaseVoltageHarmonics4L2;
    }

    public long getPhaseVoltageHarmonics4L3() {
        return phaseVoltageHarmonics4L3;
    }

    public void setPhaseVoltageHarmonics4L3(long phaseVoltageHarmonics4L3) {
        this.phaseVoltageHarmonics4L3 = phaseVoltageHarmonics4L3;
    }

    public long getPhaseVoltageHarmonics5L1() {
        return phaseVoltageHarmonics5L1;
    }

    public void setPhaseVoltageHarmonics5L1(long phaseVoltageHarmonics5L1) {
        this.phaseVoltageHarmonics5L1 = phaseVoltageHarmonics5L1;
    }

    public long getPhaseVoltageHarmonics5L2() {
        return phaseVoltageHarmonics5L2;
    }

    public void setPhaseVoltageHarmonics5L2(long phaseVoltageHarmonics5L2) {
        this.phaseVoltageHarmonics5L2 = phaseVoltageHarmonics5L2;
    }

    public long getPhaseVoltageHarmonics5L3() {
        return phaseVoltageHarmonics5L3;
    }

    public void setPhaseVoltageHarmonics5L3(long phaseVoltageHarmonics5L3) {
        this.phaseVoltageHarmonics5L3 = phaseVoltageHarmonics5L3;
    }

    public long getPhaseVoltageHarmonics6L1() {
        return phaseVoltageHarmonics6L1;
    }

    public void setPhaseVoltageHarmonics6L1(long phaseVoltageHarmonics6L1) {
        this.phaseVoltageHarmonics6L1 = phaseVoltageHarmonics6L1;
    }

    public long getPhaseVoltageHarmonics6L2() {
        return phaseVoltageHarmonics6L2;
    }

    public void setPhaseVoltageHarmonics6L2(long phaseVoltageHarmonics6L2) {
        this.phaseVoltageHarmonics6L2 = phaseVoltageHarmonics6L2;
    }

    public long getPhaseVoltageHarmonics6L3() {
        return phaseVoltageHarmonics6L3;
    }

    public void setPhaseVoltageHarmonics6L3(long phaseVoltageHarmonics6L3) {
        this.phaseVoltageHarmonics6L3 = phaseVoltageHarmonics6L3;
    }

    public long getPhaseVoltageHarmonics7L1() {
        return phaseVoltageHarmonics7L1;
    }

    public void setPhaseVoltageHarmonics7L1(long phaseVoltageHarmonics7L1) {
        this.phaseVoltageHarmonics7L1 = phaseVoltageHarmonics7L1;
    }

    public long getPhaseVoltageHarmonics7L2() {
        return phaseVoltageHarmonics7L2;
    }

    public void setPhaseVoltageHarmonics7L2(long phaseVoltageHarmonics7L2) {
        this.phaseVoltageHarmonics7L2 = phaseVoltageHarmonics7L2;
    }

    public long getPhaseVoltageHarmonics7L3() {
        return phaseVoltageHarmonics7L3;
    }

    public void setPhaseVoltageHarmonics7L3(long phaseVoltageHarmonics7L3) {
        this.phaseVoltageHarmonics7L3 = phaseVoltageHarmonics7L3;
    }

    public long getPhaseVoltageHarmonics8L1() {
        return phaseVoltageHarmonics8L1;
    }

    public void setPhaseVoltageHarmonics8L1(long phaseVoltageHarmonics8L1) {
        this.phaseVoltageHarmonics8L1 = phaseVoltageHarmonics8L1;
    }

    public long getPhaseVoltageHarmonics8L2() {
        return phaseVoltageHarmonics8L2;
    }

    public void setPhaseVoltageHarmonics8L2(long phaseVoltageHarmonics8L2) {
        this.phaseVoltageHarmonics8L2 = phaseVoltageHarmonics8L2;
    }

    public long getPhaseVoltageHarmonics8L3() {
        return phaseVoltageHarmonics8L3;
    }

    public void setPhaseVoltageHarmonics8L3(long phaseVoltageHarmonics8L3) {
        this.phaseVoltageHarmonics8L3 = phaseVoltageHarmonics8L3;
    }

    public long getPhaseVoltageHarmonics9L1() {
        return phaseVoltageHarmonics9L1;
    }

    public void setPhaseVoltageHarmonics9L1(long phaseVoltageHarmonics9L1) {
        this.phaseVoltageHarmonics9L1 = phaseVoltageHarmonics9L1;
    }

    public long getPhaseVoltageHarmonics9L2() {
        return phaseVoltageHarmonics9L2;
    }

    public void setPhaseVoltageHarmonics9L2(long phaseVoltageHarmonics9L2) {
        this.phaseVoltageHarmonics9L2 = phaseVoltageHarmonics9L2;
    }

    public long getPhaseVoltageHarmonics9L3() {
        return phaseVoltageHarmonics9L3;
    }

    public void setPhaseVoltageHarmonics9L3(long phaseVoltageHarmonics9L3) {
        this.phaseVoltageHarmonics9L3 = phaseVoltageHarmonics9L3;
    }

    public long getPhaseVoltageHarmonics10L1() {
        return phaseVoltageHarmonics10L1;
    }

    public void setPhaseVoltageHarmonics10L1(long phaseVoltageHarmonics10L1) {
        this.phaseVoltageHarmonics10L1 = phaseVoltageHarmonics10L1;
    }

    public long getPhaseVoltageHarmonics10L2() {
        return phaseVoltageHarmonics10L2;
    }

    public void setPhaseVoltageHarmonics10L2(long phaseVoltageHarmonics10L2) {
        this.phaseVoltageHarmonics10L2 = phaseVoltageHarmonics10L2;
    }

    public long getPhaseVoltageHarmonics10L3() {
        return phaseVoltageHarmonics10L3;
    }

    public void setPhaseVoltageHarmonics10L3(long phaseVoltageHarmonics10L3) {
        this.phaseVoltageHarmonics10L3 = phaseVoltageHarmonics10L3;
    }

    public long getPhaseVoltageHarmonics11L1() {
        return phaseVoltageHarmonics11L1;
    }

    public void setPhaseVoltageHarmonics11L1(long phaseVoltageHarmonics11L1) {
        this.phaseVoltageHarmonics11L1 = phaseVoltageHarmonics11L1;
    }

    public long getPhaseVoltageHarmonics11L2() {
        return phaseVoltageHarmonics11L2;
    }

    public void setPhaseVoltageHarmonics11L2(long phaseVoltageHarmonics11L2) {
        this.phaseVoltageHarmonics11L2 = phaseVoltageHarmonics11L2;
    }

    public long getPhaseVoltageHarmonics11L3() {
        return phaseVoltageHarmonics11L3;
    }

    public void setPhaseVoltageHarmonics11L3(long phaseVoltageHarmonics11L3) {
        this.phaseVoltageHarmonics11L3 = phaseVoltageHarmonics11L3;
    }

    public long getPhaseVoltageHarmonics12L1() {
        return phaseVoltageHarmonics12L1;
    }

    public void setPhaseVoltageHarmonics12L1(long phaseVoltageHarmonics12L1) {
        this.phaseVoltageHarmonics12L1 = phaseVoltageHarmonics12L1;
    }

    public long getPhaseVoltageHarmonics12L2() {
        return phaseVoltageHarmonics12L2;
    }

    public void setPhaseVoltageHarmonics12L2(long phaseVoltageHarmonics12L2) {
        this.phaseVoltageHarmonics12L2 = phaseVoltageHarmonics12L2;
    }

    public long getPhaseVoltageHarmonics12L3() {
        return phaseVoltageHarmonics12L3;
    }

    public void setPhaseVoltageHarmonics12L3(long phaseVoltageHarmonics12L3) {
        this.phaseVoltageHarmonics12L3 = phaseVoltageHarmonics12L3;
    }

    public long getThdPhaseVoltageL1() {
        return thdPhaseVoltageL1;
    }

    public void setThdPhaseVoltageL1(long thdPhaseVoltageL1) {
        this.thdPhaseVoltageL1 = thdPhaseVoltageL1;
    }

    public long getThdPhaseVoltageL2() {
        return thdPhaseVoltageL2;
    }

    public void setThdPhaseVoltageL2(long thdPhaseVoltageL2) {
        this.thdPhaseVoltageL2 = thdPhaseVoltageL2;
    }

    public long getThdPhaseVoltageL3() {
        return thdPhaseVoltageL3;
    }

    public void setThdPhaseVoltageL3(long thdPhaseVoltageL3) {
        this.thdPhaseVoltageL3 = thdPhaseVoltageL3;
    }

    public long getPhaseCurrentL1() {
        return phaseCurrentL1;
    }

    public void setPhaseCurrentL1(long phaseCurrentL1) {
        this.phaseCurrentL1 = phaseCurrentL1;
    }

    public long getPhaseCurrentL2() {
        return phaseCurrentL2;
    }

    public void setPhaseCurrentL2(long phaseCurrentL2) {
        this.phaseCurrentL2 = phaseCurrentL2;
    }

    public long getPhaseCurrentL3() {
        return phaseCurrentL3;
    }

    public void setPhaseCurrentL3(long phaseCurrentL3) {
        this.phaseCurrentL3 = phaseCurrentL3;
    }

    public long getTotalReactivePower() {
        return totalReactivePower;
    }

    public void setTotalReactivePower(long totalReactivePower) {
        this.totalReactivePower = totalReactivePower;
    }

    public long getPhaseVoltageHarmonics13L1() {
        return phaseVoltageHarmonics13L1;
    }

    public void setPhaseVoltageHarmonics13L1(long phaseVoltageHarmonics13L1) {
        this.phaseVoltageHarmonics13L1 = phaseVoltageHarmonics13L1;
    }

    public long getPhaseVoltageHarmonics13L2() {
        return phaseVoltageHarmonics13L2;
    }

    public void setPhaseVoltageHarmonics13L2(long phaseVoltageHarmonics13L2) {
        this.phaseVoltageHarmonics13L2 = phaseVoltageHarmonics13L2;
    }

    public long getPhaseVoltageHarmonics13L3() {
        return phaseVoltageHarmonics13L3;
    }

    public void setPhaseVoltageHarmonics13L3(long phaseVoltageHarmonics13L3) {
        this.phaseVoltageHarmonics13L3 = phaseVoltageHarmonics13L3;
    }

    public long getPhaseVoltageHarmonics14L1() {
        return phaseVoltageHarmonics14L1;
    }

    public void setPhaseVoltageHarmonics14L1(long phaseVoltageHarmonics14L1) {
        this.phaseVoltageHarmonics14L1 = phaseVoltageHarmonics14L1;
    }

    public long getPhaseVoltageHarmonics14L2() {
        return phaseVoltageHarmonics14L2;
    }

    public void setPhaseVoltageHarmonics14L2(long phaseVoltageHarmonics14L2) {
        this.phaseVoltageHarmonics14L2 = phaseVoltageHarmonics14L2;
    }

    public long getPhaseVoltageHarmonics14L3() {
        return phaseVoltageHarmonics14L3;
    }

    public void setPhaseVoltageHarmonics14L3(long phaseVoltageHarmonics14L3) {
        this.phaseVoltageHarmonics14L3 = phaseVoltageHarmonics14L3;
    }

    public long getPhaseVoltageHarmonics15L1() {
        return phaseVoltageHarmonics15L1;
    }

    public void setPhaseVoltageHarmonics15L1(long phaseVoltageHarmonics15L1) {
        this.phaseVoltageHarmonics15L1 = phaseVoltageHarmonics15L1;
    }

    public long getPhaseVoltageHarmonics15L2() {
        return phaseVoltageHarmonics15L2;
    }

    public void setPhaseVoltageHarmonics15L2(long phaseVoltageHarmonics15L2) {
        this.phaseVoltageHarmonics15L2 = phaseVoltageHarmonics15L2;
    }

    public long getPhaseVoltageHarmonics15L3() {
        return phaseVoltageHarmonics15L3;
    }

    public void setPhaseVoltageHarmonics15L3(long phaseVoltageHarmonics15L3) {
        this.phaseVoltageHarmonics15L3 = phaseVoltageHarmonics15L3;
    }

    public long getPhaseVoltageHarmonics16L1() {
        return phaseVoltageHarmonics16L1;
    }

    public void setPhaseVoltageHarmonics16L1(long phaseVoltageHarmonics16L1) {
        this.phaseVoltageHarmonics16L1 = phaseVoltageHarmonics16L1;
    }

    public long getPhaseVoltageHarmonics16L2() {
        return phaseVoltageHarmonics16L2;
    }

    public void setPhaseVoltageHarmonics16L2(long phaseVoltageHarmonics16L2) {
        this.phaseVoltageHarmonics16L2 = phaseVoltageHarmonics16L2;
    }

    public long getPhaseVoltageHarmonics16L3() {
        return phaseVoltageHarmonics16L3;
    }

    public void setPhaseVoltageHarmonics16L3(long phaseVoltageHarmonics16L3) {
        this.phaseVoltageHarmonics16L3 = phaseVoltageHarmonics16L3;
    }

    public long getPhaseVoltageHarmonics17L1() {
        return phaseVoltageHarmonics17L1;
    }

    public void setPhaseVoltageHarmonics17L1(long phaseVoltageHarmonics17L1) {
        this.phaseVoltageHarmonics17L1 = phaseVoltageHarmonics17L1;
    }

    public long getPhaseVoltageHarmonics17L2() {
        return phaseVoltageHarmonics17L2;
    }

    public void setPhaseVoltageHarmonics17L2(long phaseVoltageHarmonics17L2) {
        this.phaseVoltageHarmonics17L2 = phaseVoltageHarmonics17L2;
    }

    public long getPhaseVoltageHarmonics17L3() {
        return phaseVoltageHarmonics17L3;
    }

    public void setPhaseVoltageHarmonics17L3(long phaseVoltageHarmonics17L3) {
        this.phaseVoltageHarmonics17L3 = phaseVoltageHarmonics17L3;
    }

    public long getPhaseVoltageHarmonics18L1() {
        return phaseVoltageHarmonics18L1;
    }

    public void setPhaseVoltageHarmonics18L1(long phaseVoltageHarmonics18L1) {
        this.phaseVoltageHarmonics18L1 = phaseVoltageHarmonics18L1;
    }

    public long getPhaseVoltageHarmonics18L2() {
        return phaseVoltageHarmonics18L2;
    }

    public void setPhaseVoltageHarmonics18L2(long phaseVoltageHarmonics18L2) {
        this.phaseVoltageHarmonics18L2 = phaseVoltageHarmonics18L2;
    }

    public long getPhaseVoltageHarmonics18L3() {
        return phaseVoltageHarmonics18L3;
    }

    public void setPhaseVoltageHarmonics18L3(long phaseVoltageHarmonics18L3) {
        this.phaseVoltageHarmonics18L3 = phaseVoltageHarmonics18L3;
    }

    public long getPhaseVoltageHarmonics19L1() {
        return phaseVoltageHarmonics19L1;
    }

    public void setPhaseVoltageHarmonics19L1(long phaseVoltageHarmonics19L1) {
        this.phaseVoltageHarmonics19L1 = phaseVoltageHarmonics19L1;
    }

    public long getPhaseVoltageHarmonics19L2() {
        return phaseVoltageHarmonics19L2;
    }

    public void setPhaseVoltageHarmonics19L2(long phaseVoltageHarmonics19L2) {
        this.phaseVoltageHarmonics19L2 = phaseVoltageHarmonics19L2;
    }

    public long getPhaseVoltageHarmonics19L3() {
        return phaseVoltageHarmonics19L3;
    }

    public void setPhaseVoltageHarmonics19L3(long phaseVoltageHarmonics19L3) {
        this.phaseVoltageHarmonics19L3 = phaseVoltageHarmonics19L3;
    }

    public long getPhaseVoltageHarmonics20L1() {
        return phaseVoltageHarmonics20L1;
    }

    public void setPhaseVoltageHarmonics20L1(long phaseVoltageHarmonics20L1) {
        this.phaseVoltageHarmonics20L1 = phaseVoltageHarmonics20L1;
    }

    public long getPhaseVoltageHarmonics20L2() {
        return phaseVoltageHarmonics20L2;
    }

    public void setPhaseVoltageHarmonics20L2(long phaseVoltageHarmonics20L2) {
        this.phaseVoltageHarmonics20L2 = phaseVoltageHarmonics20L2;
    }

    public long getPhaseVoltageHarmonics20L3() {
        return phaseVoltageHarmonics20L3;
    }

    public void setPhaseVoltageHarmonics20L3(long phaseVoltageHarmonics20L3) {
        this.phaseVoltageHarmonics20L3 = phaseVoltageHarmonics20L3;
    }

    public long getPhaseVoltageHarmonics21L1() {
        return phaseVoltageHarmonics21L1;
    }

    public void setPhaseVoltageHarmonics21L1(long phaseVoltageHarmonics21L1) {
        this.phaseVoltageHarmonics21L1 = phaseVoltageHarmonics21L1;
    }

    public long getPhaseVoltageHarmonics21L2() {
        return phaseVoltageHarmonics21L2;
    }

    public void setPhaseVoltageHarmonics21L2(long phaseVoltageHarmonics21L2) {
        this.phaseVoltageHarmonics21L2 = phaseVoltageHarmonics21L2;
    }

    public long getPhaseVoltageHarmonics21L3() {
        return phaseVoltageHarmonics21L3;
    }

    public void setPhaseVoltageHarmonics21L3(long phaseVoltageHarmonics21L3) {
        this.phaseVoltageHarmonics21L3 = phaseVoltageHarmonics21L3;
    }

    public long getPhaseVoltageHarmonics22L1() {
        return phaseVoltageHarmonics22L1;
    }

    public void setPhaseVoltageHarmonics22L1(long phaseVoltageHarmonics22L1) {
        this.phaseVoltageHarmonics22L1 = phaseVoltageHarmonics22L1;
    }

    public long getPhaseVoltageHarmonics22L2() {
        return phaseVoltageHarmonics22L2;
    }

    public void setPhaseVoltageHarmonics22L2(long phaseVoltageHarmonics22L2) {
        this.phaseVoltageHarmonics22L2 = phaseVoltageHarmonics22L2;
    }

    public long getPhaseVoltageHarmonics22L3() {
        return phaseVoltageHarmonics22L3;
    }

    public void setPhaseVoltageHarmonics22L3(long phaseVoltageHarmonics22L3) {
        this.phaseVoltageHarmonics22L3 = phaseVoltageHarmonics22L3;
    }

    public long getCosPhiL1() {
        return cosPhiL1;
    }

    public void setCosPhiL1(long cosPhiL1) {
        this.cosPhiL1 = cosPhiL1;
    }

    public long getCosPhiL2() {
        return cosPhiL2;
    }

    public void setCosPhiL2(long cosPhiL2) {
        this.cosPhiL2 = cosPhiL2;
    }

    public long getCosPhiL3() {
        return cosPhiL3;
    }

    public void setCosPhiL3(long cosPhiL3) {
        this.cosPhiL3 = cosPhiL3;
    }

    public long getTotalApparentPower() {
        return totalApparentPower;
    }

    public void setTotalApparentPower(long totalApparentPower) {
        this.totalApparentPower = totalApparentPower;
    }

    public long getFrequency() {
        return frequency;
    }

    public void setFrequency(long frequency) {
        this.frequency = frequency;
    }

    public long getPhaseToPhaseVoltageL1L2() {
        return phaseToPhaseVoltageL1L2;
    }

    public void setPhaseToPhaseVoltageL1L2(long phaseToPhaseVoltageL1L2) {
        this.phaseToPhaseVoltageL1L2 = phaseToPhaseVoltageL1L2;
    }

    public long getPhaseToPhaseVoltageL2L3() {
        return phaseToPhaseVoltageL2L3;
    }

    public void setPhaseToPhaseVoltageL2L3(long phaseToPhaseVoltageL2L3) {
        this.phaseToPhaseVoltageL2L3 = phaseToPhaseVoltageL2L3;
    }

    public long getPhaseToPhaseVoltageL3L1() {
        return phaseToPhaseVoltageL3L1;
    }

    public void setPhaseToPhaseVoltageL3L1(long phaseToPhaseVoltageL3L1) {
        this.phaseToPhaseVoltageL3L1 = phaseToPhaseVoltageL3L1;
    }
}
